Study Report

Title	Studies
Author	Hp

 Study 1 - Static Stress

 Study Properties

Study Type	Static Stress
Last Modification Date	2024-06-06, 14:43:27

 Settings

 General

Contact Tolerance	0.10 mm
Remove Rigid Body Modes	No

 Damping

 Mesh

Average Element Size (% of model size)
Solids	10
Scale Mesh Size Per Part	No
Average Element Size (absolute value)	-
Element Order	Parabolic
Create Curved Mesh Elements	Yes
Max. Turn Angle on Curves (Deg.)	60
Max. Adjacent Mesh Size Ratio	1.5
Max. Aspect Ratio	10
Minimum Element Size (% of average size)	20

 Adaptive Mesh Refinement

Number of Refinement Steps	0
Results Convergence Tolerance (%)	20
Portion of Elements to Refine (%)	10
Results for Baseline Accuracy	von Mises Stress

 Materials

Component	Material	Safety Factor
Body1	Acrylic, Clear	Yield Strength

 Acrylic, Clear

Density	1.190E-06 kg / mm^3
Young's Modulus	2960.00 MPa
Poisson's Ratio	0.395
Yield Strength	40.00 MPa
Ultimate Tensile Strength	69.00 MPa
Thermal Conductivity	1.900E-04 W / (mm C)
Thermal Expansion Coefficient	7.400E-05 / C
Specific Heat	1470.00 J / (kg C)

 Contacts

 Mesh

Type	Nodes	Elements
Solids	6007	2939

 Load Case1

 Constraints

 Fixed1

Type	Fixed
Ux	Fixed
Uy	Fixed
Uz	Fixed

 Selected Entities

 Loads

 Gravity

Type	Gravity
Magnitude	9.807 m / s^2
X Value	0.00 m / s^2
Y Value	0.00 m / s^2
Z Value	-9.807 m / s^2

 Selected Entities

 Pressure1

Type	Pressure
Magnitude	1.01 MPa

 Selected Entities

 Results

 Result Summary

Name	Minimum	Maximum
Safety Factor
Safety Factor (Per Body)	15.00	15.00
Stress
von Mises	7.643E-07 MPa	7.146E-05 MPa
1st Principal	-2.373E-05 MPa	6.569E-05 MPa
3rd Principal	-6.823E-05 MPa	3.015E-05 MPa
Normal XX	-2.405E-05 MPa	3.094E-05 MPa
Normal YY	-3.301E-05 MPa	3.617E-05 MPa
Normal ZZ	-6.808E-05 MPa	6.565E-05 MPa
Shear XY	-3.024E-06 MPa	4.265E-06 MPa
Shear YZ	-7.833E-06 MPa	6.500E-06 MPa
Shear ZX	-4.051E-05 MPa	4.126E-05 MPa
Displacement
Total	0.00 mm	7.955E-08 mm
X	-3.097E-08 mm	3.184E-08 mm
Y	-1.302E-08 mm	1.303E-08 mm
Z	-7.955E-08 mm	0.00 mm
Reaction Force
Total	0.00 N	130.825 N
X	-116.798 N	116.834 N
Y	-2.156 N	2.276 N
Z	-125.28 N	124.894 N
Strain
Equivalent	3.563E-10	4.491E-08
1st Principal	-1.215E-10	3.885E-08
3rd Principal	-3.893E-08	2.224E-10
Normal XX	-1.098E-08	1.122E-08
Normal YY	-2.855E-09	2.805E-09
Normal ZZ	-1.709E-08	1.679E-08
Shear XY	-2.851E-09	4.020E-09
Shear YZ	-7.383E-09	6.127E-09
Shear ZX	-3.819E-08	3.889E-08
Contact Force
Total	0.00 N	0.00 N
X	0.00 N	0.00 N
Y	0.00 N	0.00 N
Z	0.00 N	0.00 N

 Reaction Forces

Constraint Name	Reaction Force		Reaction Moment
	Magnitude	Component (X,Y,Z)	Magnitude	Component (X,Y,Z)
Fixed1	4.321 N	0.245 N	254.585 N mm	-93.376 N mm
		0.016 N		0.10 N mm
		4.314 N		-236.842 N mm

 Safety Factor

 Safety Factor (Per Body)

0.00 8.00

 Stress

 von Mises

[MPa] 0.076E-05 7.146E-05

 1st Principal

[MPa] -2.373E-05 6.569E-05

 3rd Principal

[MPa] -6.823E-05 3.015E-05

 Normal XX

[MPa] -2.405E-05 3.094E-05

 Normal YY

[MPa] -3.301E-05 3.617E-05

 Normal ZZ

[MPa] -6.808E-05 6.565E-05

 Shear XY

[MPa] -3.024E-06 4.265E-06

 Shear YZ

[MPa] -7.833E-06 6.50E-06

 Shear ZX

[MPa] -4.051E-05 4.126E-05

 Displacement

 Total

[mm] 0.00E-08 7.955E-08

 X

[mm] -3.097E-08 3.184E-08

 Y

[mm] -1.302E-08 1.303E-08

 Z

[mm] -7.955E-08 0.00E-08

 Reaction Force

 Total

[N] 0.00 130.825

 X

[N] -116.798 116.834

 Y

[N] -2.156 2.276

 Z

[N] -125.28 124.894

 Strain

 Equivalent

0.036E-08 4.491E-08

 1st Principal

-0.012E-08 3.885E-08

 3rd Principal

-3.893E-08 0.022E-08

 Normal XX

-1.098E-08 1.122E-08

 Normal YY

-2.855E-09 2.805E-09

 Normal ZZ

-1.709E-08 1.679E-08

 Shear XY

-2.851E-09 4.02E-09

 Shear YZ

-7.383E-09 6.127E-09

 Shear ZX

-3.819E-08 3.889E-08

 Contact Force

 Total

[N] 0.00 0.00

 X

[N] 0.00 0.00

 Y

[N] 0.00 0.00

 Z

[N] 0.00 0.00